The next-generation Army Command and Control System(ACCS) must be able to integrate all future battlefield information, analyze it with artificial intelligence, and provide the information requested by combat- ants and commanders in real time. The nex...
The next-generation Army Command and Control System(ACCS) must be able to integrate all future battlefield information, analyze it with artificial intelligence, and provide the information requested by combat- ants and commanders in real time. The next-generation ACCS operating in a cloud environment is required to do this. In this study, the operation concept of cloud-based ACCS is proposed, and the application meth- od of MSA(Microservice Architecture) is presented to implement it. The next-generation ACCS proposed in this study is operated as a containerized microservice in a cloud-native environment. The structure of the monolithic Army Tactical Command Information System(ATCIS) currently operated by the Army is ex- amined, and the actual configuration converted to MSA is presented. The monolithic ATCIS and the MSA-based ATCIS are comparatively analyzed from the viewpoint of development and military operations.
As a result of comparative analysis, MSA-based ATCIS is more advantageous than the existing monolithic ATCIS regarding performance improvement and future military operations.